Building further on this foundation, the next article in this series will discuss XML encryption and XML signature, and will provide a step-by-step guide to using them.
在这个基础上更进一步，本系列的下一篇文章中我将讨论xml加密和XML数字签名，并提供使用它们的详细指南。
For an application to use XML encryption and/or digital signature, the application must use or integrate with a PKI solution.
对于一个要使用XML加密和/或数字签名的应用程序来说，它必须使用或者集成一个PKI解决方案。
So, to summarize the use of PKI in XML encryption and XML digital signature...
因此，总结一下PK i在xml加密和XML数字签名中的使用。
This section concludes by putting together all the concepts of signature, verification, encryption, and decryption in secure XML messaging applications.
本节总结了安全XML消息传递应用程序中签名、验证、加密和解密等全部概念。
At the heart of digital signature and XML encryption are keys.
数字签名和xml加密的核心是密钥。
When the extra complexity of X.509 certificates, XML Encryption and XML Digital Signature is not worth the effort because security is not the primary concern.
对于特别复杂的X . 509证书，不值得使用xml加密(XML Encryption)和XML数字签名(XML Digital Signature)，因为安全性不是首要考虑事项。
As a result, the complexity of the XML Digital Signature and XML Encryption should be of little concern to you as an it Architect or it Specialist.
结果，XML数字签名(XML Digital Signature)和xml加密(XML Encryption)的复杂性就与作为it架构师或it专家的您关系不大了。
The architecture of the solution includes the ability for them to leverage both XML Digital Signature and XML Encryption to address authentication, data integrity, and data confidentiality.
解决方案的体系结构包括使用XML数字签名（XML Digital Signature）和 XML加密（XML Encryption）来满足验证、数据完整性和数据机密性的需求。
The main fields of current research on XML safety issues are XML Encryption, XML Digital Signature and XML Access Control.
目前XML安全问题研究的主要领域有：XML加密、XML数字签名和XML访问控制。
The security problem of XML data existed in logistic information systems. The application of the XML encryption, XML data signature and XKMS insure the security of logistic information.
当前物流信息系统中存在着XML数据安全的问题，根据XML加密、XML数字签名和XML密钥管理规范服务（XKMS）三种核心标准，在数据交换中确保XML数据的安全。
The system can operate any part of the XML documents, and perform encryption and decryption, digital signature, authorization in arbitrary sequences.
该系统能够为基于XML文档中的任意粒度数据信息提供任意次序的加密解密、数字签名、授权认证等相关操作。
Especially, message security at SOAP layer is described importantly including XML encryption and XML digital signature, and security expansion on SOAP is also expressed.
特别对SOAP层的消息安全进行了重点介绍，包括XML加密和XML数字签名，阐述了SOAP安全扩展。
It has implemented XML encryption with encryption, and got encryption with digital signature algorithm.
最后用文档加密算法实现XML文档加密，按数字签名算法把要加密元素进行加密。
According to the new XML Security specializations released by W3C and other software manufacturers, the functions such as XML Encryption, XML Signature and Security Tokens are accomplished.
本文根据W3C和其它软件标准化组织发布的最新XML安全性协议规范，实现了XML加密、XML数字签名和安全性令牌等功能。
In this solution, SSL is used to ensure secure transmission. XML data signature and encryption are used to achieve secure dada format and XML access control mechanism is deployed.
在该方案中应用SSL实现安全的数据传输、应用XML数字签名和加密实现安全的数据表示以及应用安全的XML访问控制机制。
With XML quick developing, The problem of XML safety has become a focus. The article introduces XML Signature and XML Encryption, expatiates on applying field of XML and developing direction of XML.
随着XML应用日益广泛，XML安全问题已经成为关注的焦点，文中介绍并详细分析了XML安全问题中的两个主要技术XML签名和XML加密，并对XML的应用领域和将来的发展趋势加以阐述。
The problem of validation error that is made by possibly incorrect sequence of XML-Encryption and XML-Signature is resolved by Decryption Transform for XML-Signature.
对于加密、签名次序可能产生的验证错误，使用XML签名的解密变换来解决。
The problem of validation error that is made by possibly incorrect sequence of XML-Encryption and XML-Signature is resolved by Decryption Transform for XML-Signature.
对于加密、签名次序可能产生的验证错误，使用XML签名的解密变换来解决。
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